Doug Brugge – författare

Interest in environmental health research conducted with community participation has increased dramatically in recent years. In this book, Doug Brugge and H. Patricia Hynes relate experience of multiple community collaborations across the United States and highlight the lessons to be learned for those involved in or embarking on community-collaborative research. The volume brings together a variety of cases, examining the nature and form that the collaboration took, the scientific findings from the work and the ethical issues that needed to be addressed. Actual cases covered include lead contaminated soil, asthma and housing conditions, the impact of development on environmental health, the impact of radiation hazards, urban gardening, hog farming and diesel exhaust. The concluding section analyses the experiences of those involved and puts their findings into broader context. Community Research in Environmental Health: Lessons in Science, Advocacy and Ethics provides a valuable guide for all those interested and involved in community research.

Sixty years ago, the United States turned to the tiny atom to unleash the most destructive force known to mankind and bring an end to World War II. Ironically, the uranium used to create the most technologically advanced weapon ever invented came from the land of the most traditional indigenous people of North America, and was dug from the earth with picks and shovels...Lost in the history of this era is the story of the people - the Dine - who pulled uranium out of the ground by hand, who spoke and continue to speak an ancient tongue...By the thousands, these were, and remain, the forgotten victims of America's Cold War that uranium spawned. ""The Navajo People and Uranium Mining"" is the documented history of how these Navajo people lived, how they worked and now, sadly, how they died waiting for compassionate federal compensation for laboring in the most hazardous conditions imaginable, and which were known at the time yet concealed from them. These Navajo miners and their families became, in essence, expendable people.

Interest in environmental health research conducted with community participation has increased dramatically in recent years. In this book, Doug Brugge and H. Patricia Hynes relate experience of multiple community collaborations across the United States and highlight the lessons to be learned for those involved in or embarking on community-collaborative research. The volume brings together a variety of cases, examining the nature and form that the collaboration took, the scientific findings from the work and the ethical issues that needed to be addressed. Actual cases covered include lead contaminated soil, asthma and housing conditions, the impact of development on environmental health, the impact of radiation hazards, urban gardening, hog farming and diesel exhaust. The concluding section analyses the experiences of those involved and puts their findings into broader context. Community Research in Environmental Health: Lessons in Science, Advocacy and Ethics provides a valuable guide for all those interested and involved in community research.

Interest in environmental health research conducted with community participation has increased dramatically in recent years. In this book, Doug Brugge and H. Patricia Hynes relate experience of multiple community collaborations across the United States and highlight the lessons to be learned for those involved in or embarking on community-collaborative research. The volume brings together a variety of cases, examining the nature and form that the collaboration took, the scientific findings from the work and the ethical issues that needed to be addressed. Actual cases covered include lead contaminated soil, asthma and housing conditions, the impact of development on environmental health, the impact of radiation hazards, urban gardening, hog farming and diesel exhaust. The concluding section analyses the experiences of those involved and puts their findings into broader context. Community Research in Environmental Health: Lessons in Science, Advocacy and Ethics provides a valuable guide for all those interested and involved in community research.

This edited and peer reviewed volume contains a collection of articles from many disciplines that address the emerging issue of ambient ultrafine particles derived from combustion sources and their health effects. The authors are published experts with respect to ultrafine particles. They write about diverse aspects of the problem including epidemiology, environmental engineering, toxicology, policy, architecture and medicine. Each chapter provides a thoroughly referenced review of the respective subject matter. Written for researchers and scientists, this work is an excellent introduction for those early in their research into ultrafine particles as well as those that are well-versed and seeking to expand into new approaches to ultrafine particles. Chapters may be read singly or in combination with other chapters, depending on the reader’s interest. As a whole, the book is a broad reference source about combustion ultrafine particles and health.

This open access book provides a review of the serious limitations and drawbacks to nuclear power, and clearly conveys why nuclear power is a less than desirable option in terms of addressing climate change. It uses accessible and engaging language to help bring an understanding of the issues with nuclear power to a broader sector of the public, with the intention of appealing to non-scientists seeking knowledge on the disadvantages of nuclear power as a solution for climate change. The argument is made that while superficially appealing, nuclear power is too costly, fragile, and slow to implement, compared to alternative options such as wind and solar.  “As this book shows, to nowadays hold on to Nuclear Energy, a risky and extremely expensive method of create power, just does not make sense any longer.” -- Prof. (em.) Andreas Nidecker, MD,  retired academic radiologist, Basel, Switzerland “Datesman and Brugge present evidence that nuclear power is an insecure and unsecureable technology, inherently incompatible with humanity and democracy; it fuels nuclear weapons technology and possession; choosing it would damage our chances at mitigating the climate crisis.” -- Cindy Folkers, MS, Radiation & Health Specialist, Beyond Nuclear “Although the government, industrial, and scientific nexus say it is safe.…I can only think of one word in Navajo "Ina'adlo'" meaning manipulation by the power that be to say it is safe.  My Navajo people are dying from the uranium exposure on their health and environment.  Great account of information on studies that have taken place around the world to say uranium is not good.” – Esther Yazzie, Navajo Interpreter and knowledge holder on Navajo issues. “At a time when there is a call to triple the growth of nuclear power, Datesman and Brugge provide a timely and thorough examination of the dark-side of “romancing” the atom.  With solid technical astuteness, they cover a wide field littered with unsolved and dangerous problems ranging from the poisoning of people and the environment to the failed economics, to the spread of nuclear weapons ….they point out how science and public trust have been corrupted by the lure of unfettered nuclear growth.” –Robert Alvarez, Associate Fellow at the Institute for Policy Studies in Washington, D.C.

The book covers the three largest sources of particulate matter pollution in five chapters. These sources constitute three of the top ten public health problems in the world today and far outstrip any other environmental health threats in terms of health impact. The book begins with indoor solid fuel combustion for cooking in lower income countries and tells the story of how this problem was identified and recent efforts to eliminate it. The book next looks at tobacco smoking and second hand smoke, again reviewing the history of how these problems were identified scientifically and the fierce industry push back against the science. The last two chapters cover ambient particulate matter in the outdoor air. They address fine and ultrafine particles, describing the pioneering work on fine PM, the subsequent industry attacks on the scientists and then the emerging interest and concern about ultrafine particles, an area of research in which the author has participated. This book is geared towards non-scientists, including high school and college students.

A few hundred years into the future, a wave of space colonization follows a disastrous earlier attempt to inhabit nearby extrasolar planets. It is guided by a new computational method based on massive data-driven socio-cultural and socio-epidemiological modeling and using novel biological computers, fed with data on Earth’s history of successes and failures. Yet, in the newly settled Simpac system, some unexpected and worrying anomalies begin cropping up, making an urgent expedition to the system necessary: is it the underlying data, the computations, or is some unknown entity tampering with the space colonization program? A race against time ensues as the lives of four strangers begin to converge. While grounded in the social systems aspect, the author posits that the future is likely to be characterized by more biology-based tools than most contemporary science fiction – which most often relies entirely on non-biological hardware in terms of advanced technologies – predicts. The result is an entertaining and skillful blend of thriller and SF, complemented by a nontechnical appendix describing the underlying science.